Add auto-wiring features.

[deanpoulos]

Moved to: qua-platform/py-qua-tools#229

Overview

Added a feature for auto-assigning channels for a collection of Quantum elements given a specific QM instrument setup.

graph TD
    A(Instruments) --> D["allocate_wiring()"]
    C(Connectivity) --> D["allocate_wiring()"]
    subgraph Wirer
        D["allocate_wiring()"]
    end

Loading

Features

Supports the following:

• assignment of channels to any combination of MW-FEM/LF-FEM/Octave/OPX+.
• any mapping of N resonator lines to M qubits
• any mapping of N FEMs to M chassis slots
• overflowing of assignment to multiple slots, chassis, modules, octaves, etc.
• any combination of resonator, flux line, coupler line for each qubit.
• hardcoding of con/slot for particular lines
• basic visualization of a single OPX1000

Safety

It has some simple validation:

• can't mix OPX+ and OPX1000
• can't define two FEMs on the same slot on the same chassis

Examples

    instruments = Instruments()
    instruments.add_lf_fem(con=1, slots=[1,2])
    instruments.add_mw_fem(con=1, slots=[3,7])

    qubits = [1, 2, 3, 4, 5]
    qubit_pairs = [(1, 2), (2,3), (3,4), (4,5)]

    connectivity = Connectivity()
    connectivity.add_resonator_line(qubits=qubits)
    connectivity.add_qubit_drive_lines(qubits=qubits, slot=7, con=1)
    connectivity.add_qubit_flux_lines(qubits=qubits)
    connectivity.add_qubit_pair_flux_lines(qubit_pairs=qubit_pairs)

    allocate_wiring(connectivity, instruments_2lf_2mw)

    visualize_chassis(connectivity.elements)

[deanpoulos]

Moved to: qua-platform/py-qua-tools#229